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ENERGY STAR®
Imaging Equipment Version 3.0
Draft 2 Specification, Draft 3 Imaging Equipment Test
Method, and Draft 1 Professional Imaging Equipment
Test Method Webinar
July 30, 2018
1
Webinar Details
• Webinar slides and related materials will be available on the Imaging
Equipment Product Development Web page:– https://www.energystar.gov/products/spec/imaging_equipment_specification_versi
on_3_0_pd
• To use your telephone after joining GoToWebinar:
– Phone lines will remain open during discussion
– Please mute line unless speaking
– Please do not put call on hold
2
Call in: +1 (877) 423-6338 (U.S.)
+1 (571) 281-2578 (International)
Code: 198-920 #
Webinar Agenda
3
1. Introductions and ENERGY STAR Process
2. Draft 2, Version 3.0 Specification
3. Draft 3 Imaging Equipment Test Method
4. Draft 1 Professional Imaging Equipment Test Method
5. Timeline and Open Discussion
4
Time Topic
1:00–1:15 Introductions and Specification Development
Recap
1:15–2:15 Draft 2 Specification
2:15–2:30 Draft 3 Imaging Equipment Test Method
2:30–2:45 Draft 1 Professional Imaging Equipment Test
Method
2:45–3:00 Timeline and Open Discussion
Introductions
Introductions
Ryan FogleU.S. Environmental Protection Agency
Matt MalinowskiICF
Zenia MonteroICF
John ClingerICF
Jeremy DommuU.S. Department of Energy
5
Milestones to Date
Milestone Date
Specification Launch and Discussion Document February 22, 2017
Launch Webinar March 1, 2017
Draft 1 Test Method August 14, 2017
Draft 2 Test Method and Draft 1 Specification March 16, 2018
Draft 2 Specification, Draft 3 Test Method, and Draft 1 Professional Imaging Equipment Test Method
July 23, 2018
Draft 2 Specification, Draft 3 Test Method, and Draft 1
Professional Imaging Equipment Test Method Webinar
Today, July 30, 2018
7
8
Time Topic
1:00–1:15 Introductions and Specification Development
Recap
1:15–2:15 Draft 2 Specification
2:15–2:30 Draft 3 Imaging Equipment Test Method
2:30–2:45 Draft 1 Professional Imaging Equipment Test
Method
2:45–3:00 Timeline and Open Discussion
Summary of Feedback – DFEs
•Lower energy requirements for Type 1, Category B
DFEs will lead to use of lower-compute-performance
DFEs – Will not keep up with the engine of Imaging Equipment and
increase total system energy usage
•Add a third category for high performance systems
based on server processors
11
Proposal – DFEs
•Higher-speed DFEs necessary to support
Professional Imaging Equipment
•New definition for Professional DFEs based on
ENERGY STAR server definition:
12
Proposal – DFEs
•Only a reporting requirement for professional
DFEs due to limited data at present
•Requirements for remaining DFE types reverted
to kWh/week:
13
Summary of Feedback –
Professional Imaging Products: Definition
•Need to be able to clearly differentiate from office
equipment
•Require weight greater than either 180 or 200 kg
•Clarify that the monochrome product speed
requirement shall not apply to color products
15
Proposal – Professional Imaging Products
•Adopted the additional weight requirement at 180 kg
•Clarified the speed criteria:
•No separate requirements for Professional Imaging Products – Continue to treat as TEC products;– Separate requirements referencing Professional Test
Procedure to be included in Version 3.1
16
Summary of Feedback – TEC Requirement:
Dataset
•Do not exclude older V2.0 models if still on the market
• Include non-certified products
•Do not exclude models that have the same print speed,
TEC, and other data as other models
•Remove duplicates
•Manufacturers provided supplemental industry data
18
Proposal – TEC Requirement: Dataset
•Revised the dataset to include the latest ENERGY STAR
certified model data, across all years
•Removed models that were:– OM, or TEC copiers and fax machines
– Sold Only Outside the United States
– With document less than standard (210 mm)
– With no color information
19
Proposal – TEC Requirement: Dataset
(continued)
•Removed multiple entries for product family models – Members of the same product family based on Product Type,
Speed, Color, Size, and TEC Test Procedure Measurements
(i.e., not just the final TEC result)
– Some Brand Owners qualify product family models
separately while others do so under one parent model
•EPA also coordinated with 13 manufacturers, who
reviewed the dataset and provided some corrections:– Removed models no longer being sold
– Made corrections to the data
– Added non-certified models20
Summary of Feedback and Proposal –
TEC Reporting
•Revert reporting TEC to a weekly basis (kWh/week), not kWh/year
•Reverted the measure to kWh/week– Avoid customer confusion– Enable historical comparisons
•Proposed to continue showing both kWh/week and kWh/year on the ENERGY STAR Product Finder and Public Dataset
26
Summary of Feedback and Proposal–
TEC Requirement: A3 Adder
•A3 models require more power than A4 due to device
configuration
•Maintain the current A3 adder
•Following updates to the dataset, there was a
difference in pass rates between A3 and A4 models
•0.05 kWh/week adder balanced the pass rate
27
Summary of Feedback and Proposal–
TEC Requirement: Wi-Fi Adder
•Since Wi-Fi uses more power than USB, ENERGY STAR should include a Wi-Fi adder for TEC products
•Updated dataset included only 20 TEC models with Wi-Fi– Additional models expected in the future– Models with Wi-Fi and USB (tested with Wi-Fi disconnected
under the current test method) had higher pass rate than models with Wi-Fi and no USB (tested with Wi-Fi connected)
• 0.1 kWh/wk allowance (~0.6 W) balanced pass rates– Within the range of Wi-Fi allowances in other ENERGY STAR
specifications28
Summary of Feedback –
TEC Requirement: Duplexing
Remove duplexing requirement at lower speeds (color at 16-
20 images per minute (ipm) and mono at 11-25 ipm):– Not harmonized with Blue Angel
– Half of affected products do not meet
– Customers do not need automatic duplexing
• Low-end, low-speed TEC products have low print volumes– Limits the amount of energy to be saved with duplexing
•Request for analysis/methodology
30
TEC Requirement: Duplexing
31
•EPA’s original analysis found significant unit savings of
embedded energy due to Draft 1 requirements
•However, only five color and 15 monochrome models
would be affected, reducing the total savings – For about half of these models that EPA reviewed, limited
duplex options available or the upgrade would incur
significant cost.
Proposal – TEC Requirement: Duplexing
32
•Keep current speed bins•Require duplexing by default (harmonized with Blue Angel)•Eliminate duplexing through optional accessory at intermediate speed bins (19<s<35 ipm color; 24<s<37 ipm monochrome (not used by many products)
>>
Summary of Feedback and Proposal –
Recovery Time
•Remove recovery time requirement:– New test would be burdensome
– Print speed difference between letter and A4 makes the
requirement more stringent than Blue Angel
– Requirement would require new technologies to meet
•EPA continues to propose recovery time requirement:– Already measured as part of TEC test
– Little difference in results between A4 and letter tests
– 75% of currently certified unique TEC models can meet
33
Summary of Feedback and Proposal –
Recovery Time Equation
•The time subtracted from tActive1 should be be tActive0,
not tActive2.
•The quantity tActive0 is measured immediately after
the TEC model is placed in Ready State, so it is a more
reliable measure of response time from that State.
34
Proposal – OM Adders
•No feedback on Cordless Handset and Internal
Disk Drive OM adders, but no longer seem
necessary
•Propose removing them from Table 9: Sleep
Mode Power Allowances
36
Discussion
• EPA appreciates any feedback and relevant
data on these topics:
– General Requirements (DFEs and Professional
Products)
– TEC Product Requirements
– OM Product Requirements
37
38
Introductions
Time Topic
1:00–1:15 Introductions and Specification Development
Recap
1:15–2:15 Draft 2 Specification
2:15–2:30 Draft 3 Imaging Equipment Test Method
2:30–2:45 Draft 1 Professional Imaging Equipment Test
Method
2:45–3:00 Timeline and Open Discussion
Introduction
• Measurement Uncertainty
• Paper Size and Taiwan Market
• Network Connection: USB
• TEC Test Procedure Measurement of Active
Times in Seconds
39
Proposal – Measurement Uncertainty
40
•Relax uncertainty requirement to 0.02 W
between 0.5 and 1 W
•Consistent with IEC 62301 Ed. 2
Summary of Feedback – Paper Size and
Taiwan Market
• Remove the separate paper requirement for Taiwan,
to avoid a separate test in addition to US
• Include letter-size/75g/m2 paper, which is used in
Taiwan government offices
41
Proposal – Paper Size and Taiwan Market
•Test with either A4/70 g/m2 or 8.5”×11”/75 g/m2 paper– Will allow manufacturers to use the same conditions as in
North America for models sold in both Taiwan and North America, while allowing others with models specific to Taiwan to test them with more typical paper
42
Proposal – Network Connections: USB
43
•Added clarification to ensure that products are tested in a repeatable fashion – The speed of the USB port has been found to impact
power draw
Summary of Feedback – Measurement of
Active Times
•Active Times in the TEC Test Procedures
should be in seconds, not in minutes
44
Proposal – Measurement of Active Times
• Require measurement of Active0, Active1, and Active2 times in the
TEC test methods in Table 8 and Table 9 in seconds
• The time is typically shorter than 1 minute and is furthermore
displayed in seconds in the ENERGY STAR public dataset.
45
Discussion
• EPA appreciates any feedback and relevant
data on these topics:
– USB
– Paper Size and Taiwan Market
– TEC Test Procedure Measurement of Active Times
in Seconds
46
47
Introductions
Time Topic
1:00–1:15 Introductions and Specification Development
Recap
1:15–2:15 Draft 2 Specification
2:15–2:30 Draft 3 Imaging Equipment Test Method
2:30–2:45 Draft 1 Professional Imaging Equipment Test
Method
2:45–3:00 Timeline and Open Discussion
Introduction
• Separate Test Method
• Departures from ISO 21632
• References to Section 4.5.4 of ISO 21632
48
Summary of Feedback and Proposal –
Separate Test Method•Place Professional Imaging Products test method in one discrete section of the specification • Will “allow accredited labs to limit the scope of their accreditation to exclude Professional Product testing“
•Reached out to one CB•Drafted a separate test method for Professional Imaging Products to help ease laboratory accreditation
49
Summary of Feedback – Departures from
ISO 21632•Test Professional Imaging Products with
default settings, and other conditions from
ENERGY STAR test method rather than
ISO 21632
•Single-phase Professional Imaging Products
are more similar to TEC products (ENERGY
STAR) than three-phase products (ISO 21632)
50
Topic ISO 21632 Proposed Departure
Pre-Test UUT Configuration for Professional Imaging Products
• Two required machine combinations, best-quality (BQ) and best productivity (BP) (Section 4.1)
• One BQ/BP test
Color • BQ Combination: All colorants of the system shall be used (Section 4.1)
• Tested under the default (as-shipped) setting with four colors
Product Speed • Production print (BP) - The printing mode selected by the manufacturer or user of the UUT for use when acceptable print quality is required at high speed.
• Highest speed as claimed by the manufacturer per the criteria in V3.0 Draft Section 4.1(K)
Proposal – Departures from ISO 21632
51
Proposal – Departures from ISO 21632
52
Topic ISO 21632 Proposed Departure
Ambient Temperature and Relative Humidity
• Ambient Temperature: 20 °C - 25 °C• Relative Humidity: 45% - 60 %
(Section 4.1)
• Ambient Temperature: 23°C ±5°C
• Relative Humidity: 10% - 80%
Paper Specification • BQ Combination: Substrate selected for achieving the best possible saleable print quality (Section 4.1)
• One Test• A4 or 8.5” x 11” (depending on
market)• 127.9g/m2, 85lb, or equivalent
Service/Maintenance Modes
• The energy (kWh) consumed for each operation shall be measured and reported.
• The frequency with which each maintenance operation is required to be performed and recorded. (Section 4.3.3.1)
• Tested with default settings• Without disabling the
automatic adjustment function of color or registration (if it is incorporated in the default setting)
• Manual processes excluded to ensure repeatability
Summary of Feedback –
References to Section 4.5.4 of ISO 21632•The proposed test method for Professional Imaging Products should be as specified in Section 4.5.4 (Combined Test Flow) of ISO 21632. – The test method should include Job 1 energy and the
average of Jobs 2 and 3, along with Off Mode and Sleep Mode.
•A streamlined test procedure
•Keep the main provisions of ISO 21632 – e.g., skip test print, sleep, 5% consistency check between
jobs, etc.
53
Proposal –
References to Section 4.5.4 of ISO 21632•Reference Section 4.5.4 of ISO 21632, which in turn
references specific preceding sections of the standard
•No longer reference Section 4.4 Measuring Conditions
(covered by test setup instructions based on ENERGY
STAR)
54
Timeline and Open Discussion
55
Time Topic
1:00–1:15 Introductions and Specification Development
Recap
1:15–2:15 Draft 2 Specification
2:15–2:30 Draft 3 Imaging Equipment Test Method
2:30–2:45 Draft 1 Professional Imaging Equipment Test
Method
2:45–3:00 Timeline and Open Discussion
Timeline
•Q4 2018: Final Version 3.0 Test Methods and
Specification– Subsequent V3.1 with separate requirements for
Professional Imaging Products
•Q3 2019: Version 3.0 specification effective
56
Written Comment Submission
Please send any data and written feedback on the drafts to
[email protected] no later than August 23, 2018.
Unless marked as confidential, comments will be posted on the Imaging
Equipment Version 3.0 product development page athttps://www.energystar.gov/products/spec/imaging_equipment_specification_ver
sion_3_0_pd.
Also accessible through www.energystar.gov/revisedspecs.
58
Thank You!
59
Matt Malinowski
ICF
(202) 862-2693
Ryan Fogle
EPA, ENERGY STAR
(202) 343-9153
Jeremy Dommu
DOE
(202) 586-9870